Encoding Materials and Data for Iterative Personalization

Nachtigall, Troy; Tomico, Oscar; Wakkary, Ron; Dongen, Pauline van

doi:10.1145/3290605.3300749

Cited by 16 publications

(5 citation statements)

References 44 publications

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“…It provided the famous American sprinter Allyson Felix with a 3D printer soccer shoe. Before the Rio Olympics, Nike developed an exclusive pair of high-performance spikes, "Zoom Superfly Flyknit" for the famous American sprinter Allyson Felix to meet her competition need, which eventually helped the "female flyer" win the Olympic championship [16]. In 2016, Nike announced a strategic partnership with printing giant Hewlett-Packard to use the HPJet Fusion3D printer to improve the efficiency of shoe prototypes and reduce costs.…”

Section: Related Progressmentioning

confidence: 99%

Application Analysis of 3D Printing Technology in Design Field: Taking Shoe Design as an Example

Gong

Kang

2021

Scientific Programming

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The development of 3D technology has brought opportunities and challenges to the footwear industry because people’s living standards have been improving due to economic development, and people have higher requirements for the design of fashion shoes and boots. The use of 3D printing technology in the design of fashion shoes and boots can enable faster molding of footwear products, enrich the shape of footwear, and meet people’s aesthetic needs for fashion shoes. In this paper, we firstly describe the advantages of 3D printing molding shoe models and then use 3D laser foot scanning and measuring instrument to scan and obtain the cloud map of shoe lasts and foot-related data. Secondly, we realize the digital management of shoe lasts by establishing the database of solid models. On this basis, we apply the technology of least squares support vector machine improvement algorithm to make partial modifications to the lasts according to the need to leave the appropriate helper and foot lining degrees. Finally, based on this technology, we apply the least squares support vector machine improvement algorithm technology to make partial modifications to the last shape according to the need for appropriate helper and foot lining degrees to realize the process of shoe last redesign. The last model and role model can also be produced by 3D printing technology, which can be used as a mold to facilitate the processing of the cut last 2D unfolding material for shoe and boot production later. Therefore, the article studies and analyzes the design and manufacturing process of digital shoe lasts based on individual foot shape and uses CAD/CAM technology to realize the digitalization of shoe last design.

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Section: Related Progressmentioning

confidence: 99%

Application Analysis of 3D Printing Technology in Design Field: Taking Shoe Design as an Example

Gong

Kang

2021

Scientific Programming

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“…Designing the game required not only understanding the complexities of multistakeholder collaboration but also the challenges of the data/material relations (Nachtigall, Tomico, Wakkary, and Van Dongen 2019) as found inside the different phases of a UPPSS system: Co-Analysis, Co-Design, Co-Manufacture, and Co-Use. Co-Analysis is the process of understanding the needs of the person in different forms of data, including multiple expert opinions.…”

Section: Related Workmentioning

confidence: 99%

Designing ultra-personalized product service systems

et al. 2020

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“…Such considerations have also been applied to the design of shoes. Nachtigall et al [43] use a research through design approach to explore how individualized shoes might be created, focusing on the relationship between data and materials. Amorim et al [5] present a concrete case of using 3D metamaterial structures for creating personalized shoe soles.…”

Section: Designing Materials and Shoesmentioning

confidence: 99%

bARefoot

Strohmeier¹,

Güngör²,

Herres³

et al. 2020

Proceedings of the 33rd Annual ACM Symposium on User Interface Software and Technology

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Many features of materials can be experienced through tactile cues, even using one's feet. For example, one can easily distinguish between moss and stone without looking at the ground. However, this type of material experience is largely not supported in AR and VR applications. We present bARefoot, a prototype shoe providing tactile impulses tightly coupled to motor actions. This enables generating virtual material experiences such as compliance, elasticity, or friction. To explore the parameter space of such sensorimotor coupled vibrations, we present a design tool enabling rapid design of virtual materials. We report initial explorations to increase understanding of how parameters can be optimized for generating compliance, and to examine the effect of dynamic parameters on material experiences. Finally, we present a series of use cases that demonstrate the potential of bARefoot for VR and AR.

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Encoding Materials and Data for Iterative Personalization

Cited by 16 publications

References 44 publications

Application Analysis of 3D Printing Technology in Design Field: Taking Shoe Design as an Example

Application Analysis of 3D Printing Technology in Design Field: Taking Shoe Design as an Example

Designing ultra-personalized product service systems

bARefoot

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